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2009 Biology 392
2010 Environ. 303 HANDOUTS
Biochemistry
Biology 392
Biology 392 Textbook Link
Biology 392 Use This Page!
Biosphere & Ecosystems (3&4)
Cell Growth & Division (10)
Cell Structure and Function (7)
CellGrowthDivision (10)
Cellular Respiration (9)
Chapter 8 Photosynthesis
DNA & RNA (12)
Evolution (15)
Forensics 323
FROGS
Intro to Genetics (11)
Introduction to Biology
Meiosis
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Steps to approaching a question scientifically:
1.
Ask a question
2.
Research
- Has this question been asked before? What was discovered? How were experiments done?
3.
Form a Hypothesis
- A testable, possible explanation to the question
4.
Test the hypothesis by doing an experiment
- experiments must be
controlled. (Control group, Test groups with controls and treatment)
5.
Record data
- use charts and graphs to represent your data in the best way possible
6.
Analyze data
- What can you learn from the results? Any trends in the data?
7.
Conclusion
- Summarize the results. Was your hypothesis correct or not? Can you make a new hypothesis to test? How could you improve the experiment?
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Steps to approaching a question scientifically:
1. Ask a question
2. Research- Has this question been asked before? What was discovered? How were experiments done?
3. Form a Hypothesis- A testable, possible explanation to the question
4. Test the hypothesis by doing an experiment- experiments must be controlled. (Control group, Test groups with controls and treatment)
5. Record data- use charts and graphs to represent your data in the best way possible
6. Analyze data- What can you learn from the results? Any trends in the data?
7. Conclusion- Summarize the results. Was your hypothesis correct or not? Can you make a new hypothesis to test? How could you improve the experiment?